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3D Scanning &
Digital Capture
Accurate spatial data to drive engineering decisions.
We use high-precision 3D scanning to digitise parts, equipment, and environments. Our scanning captures exact geometries for reverse engineering, inspection, or planning.
Use Cases: Facility scanning for upgrades, capturing worn parts for replication, environmental audits.
Benefits: Non-invasive data collection, clash detection and fit verification. Reduced measurement errors and downtime
Example: A plant scans legacy equipment to model upgrades without interrupting operations.
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Precision Parts Manufacturing & Equipment Fabrication
Advanced reverse engineering and fabrication deliver high-quality industrial components. From CAD modelling to machinery production, we ensure precision and reliability.
Capabilities: Reverse engineering for replacement parts and detailed equipment fabrication.
Advantages: OEM-alternative parts offer cost-effective, durable solutions.
Example: A paper mill replaces worn equipment using custom parts despite lacking original drawings.
Cost-Saving & Process Optimisation
Innovative engineering solutions reduce costs and improve operational efficiency.
We optimise processes and parts to minimise downtime and enhance performance.
Features: Reverse engineering for cost reduction; localised manufacturing for faster delivery.
Benefits: Root cause analysis improves maintenance; optimised parts extend equipment life.
Example: A process plant extends runtime between maintenance stops with upgraded wear parts.
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OEM-Alternative
Parts Supply
Custom-engineered replacements provide affordable alternatives to OEM parts. High-quality designs maintain performance while cutting costs.
Offerings: Precision replacements tailored to specific equipment needs.
Advantages: Significant cost savings without sacrificing quality or reliability.
Example: A power plant lowers expenses with OEM-alternative boiler components.
Industry-Specific
Support
Specialised engineering solutions address unique industry challenges.
We deliver tailored components and support for optimal performance across sectors.
Sectors: Mining (wear-resistant parts), Aerospace (lightweight precision), Oil & Gas (corrosion-resistant), Pulp & Paper (replacement parts), Food & Beverage (FDA-compliant).
Benefits: Enhanced durability, compliance, and efficiency for harsh or regulated environments.
Example: Field support improves wear parts, boosting efficiency in a mining operation.
Custom Engineering & Manufacturing
Precision machining and fabrication create bespoke industrial solutions.
We combine localised production with OEM-alternative expertise for cost-effective results.
Services: CNC machining, custom fabrication, and high-quality replacement parts.
Advantages: Faster lead times and reduced costs through localised manufacturing.
Example: A heavy industry client receives rapid-response parts to minimise downtime.
Industry-Specific
Solutions
Targeted engineering enhances performance in specialised industrial applications.
From wear-resistant components to process upgrades, we support diverse sectors.
Applications: Pulp & Paper (rollers, nozzles), Heavy Industry (custom parts), Mining & Energy (structural solutions).
Benefits: Improved efficiency, durability, and process optimisation.
Example: A pulp mill upgrades cutting tools and processes for better output.
CAD Modelling & Digital Engineering
Transform scan data or concepts into production-ready models. From raw scans to refined CAD drawings, we deliver detailed models for fabrication, simulation, or documentation. Whether starting from a scan or concept, we provide precision design.
Applications: Reverse-engineered parts, concept-to-prototype modelling, updating legacy equipment drawings.
Benefits: Ready-for-manufacture precision and enables accurate design iteration. Supports digital twin and simulation workflows.
Example: A plant lacking OEM drawings commissions CAD models to manufacture replacement components.